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Microcontroller Fundamentals

Learn the core concepts of microcontrollers, including their architecture, memory, peripherals, and how to program them at a low level. Explore common families like AVR, PIC, and ARM Cortex-M.

Microcontroller Fundamentals

Efficient Embedded Data Transfer with Direct Memory Access (DMA)

How the CPU Works: Fundamentals of Computer Architecture

Foundations of CPU Virtualization: Understanding Direct Execution

History of Computer Interrupts and I/O Device Control

VAX/VMS Virtual Memory and Address Space Fundamentals

Operating Systems: Demystifying I/O Devices and Device Drivers

Introduction to VAX VMS Virtual Memory and Hardware Architecture

Understanding Virtual Memory: VAX/VMS and Linux Architectures

VAX/VMS Virtual Memory: Segmented FIFO and Page Replacement

Demystifying Memory Virtualization: A Conversational Guide to OS Memory

Introduction to Relay Computers and Early Programmable Machines

Foundations of Computing: Early Computers and Operating Systems

Foundations of Multiprocessor Architecture and Cache Coherence

How CPUs Handle TLB Misses: Memory Virtualization Fundamentals

ARM64 Assembly Debugging with TST and CMP Instructions

ARM64 Assembly Fundamentals: Memory and Registers

Designing Software for Many-Core Systems: Power and Performance

Designing a RISC-V CPU Core with Open-Source Tools

Embedded Software Engineering Foundations: Reliable and Secure Systems

RISC-V Architecture and Assembly Language Fundamentals

Introduction to Embedded Systems and Firmware Development

Microcontrollers for Beginners: Programming and Embedded Systems

Computer System Design: Modern Microprocessor and Multicore Architecture

Embedded Systems Engineering Foundations with ARM